Chapter
Contents of Nonsegmented Negative Strand Viruses
Part I: Genome Structure, Transcription, and Genetics
CHAPTER 1. CODING ANALYSES OF BUNYAVIRUS RNA SPECIES
CODING ASSIGNMENTS OF BUNYAVIRUS VIRAL RNA SPECIES
CONSERVED REGIONS OF BUNYAVIRUS S RNA SEQUENCES
COMPARISON OF AINO BUNYAVIRUS S RNA GENE PRODUCTS TO THOSE OF SSH AND LAC BUNYAVIRUSES
ANALYSES OF S MESSENGER AND OTHER S PLUS SENSE RNA SPECIES OF SSH BUNYAVIRUS
CHAPTER 2. MOLECULAR CLONING OF THE BUNYAMWERA VIRUS GENOME
CHARACTERIZATION OF RECOMBINANT PLASMIDS
IDENTIFICATION OF INFECTED CELL SPECIFIC RNA SPECIES
CHAPTER 4. HYBRID SELECTION OF VIRAL mRNA USING cDNA CLONES OF INKOO VIRUS M GENE
CHAPTER 5. RIFT VALLEY FEVER VIRUS INTRACELLULAR RNA: A FUNCTIONAL ANALYSIS
VIRION STRUCTURAL COMPONENTS AND INTRACELLULAR PROTEIN SYNTHESIS
CHAPTER 6. TRANSCRIPTION OF THE S RNA SEGMENT OF GERMISTON BUNYAVIRUS
VIRUS-INDUCED PROTEIN SYNTHESIS
SYNTHESIS OF INTRACELLULAR RNAs
CHAPTER 7. THE S SEGMENT OF BUNYAVIRUSES CODES FOR TWO COMPLEMENTARY RNAs
FOUR COMPLEMENTARY RNAs IN BUNYAVIRUS-INFECTED CELLS
CODING ORIGINS OF THE FOUR cRNA SPECIES
CHAPTER 8. RESTRICTION OF SUB-UNIT REASSORTMENT IN THE BUNYAVIRIDAE
GENOTYPING BY DOT HYBRIDISATION
CHAPTER 9. GENETIC ANALYSES OF PICHINDE AND LCM ARENAVIRUSES; EVIDENCE FOR A UNIQUE ORGANIZATION FOR PICHINDE S RNA
VIRUS GENOME RNA AND CODING STRATEGY
MOLECULAR CLONING PICHINDE S RNA SPECIES
NUCLEOTIDE SEQUENCES AND PREDICTED GENE PRODUCTS
THE INTERGENIC REGION OF PICHINDE S RNA
GENETIC ATTRIBUTES OF PICHINDE AND LCM VIRUSES
CHAPTER 10. STUDIES ON THE MOLECULAR BIOLOGY OF LYMPHOCYTIC CHORIOMENINGITIS VIRUS1
RATIONALE FOR MOLECULAR STUDIES
STRATEGY FOR CLONING LCMV VIRION RNAS
IDENTIFICATION OF LCMV cDNA CLONES
IDENTIFICATION OF 3' SPECIFIC cDNA CLONES AND NUCLEOTIDE SEQUENCING
COMPARISON OF LCMV S GENOM IC SEQUENCES
CHAPTER 11. SEQUENCE REARRANGEMENTS IN INFLUENZA VIRUS RNA AND RIBONUCLEOPROTEIN STRUCTURE
ELECTRON MICROSCOPY OF RNPs
CHAPTER 12. MOLECULAR TOPOGRAPHY OF THE INFLUENZA VIRUS P PROTEIN COMPLEX DURING CAPPED RNA-PRIMED MESSENGER RNA SYNTHESIS
CHAPTER 13. IN VIVO TRANSCRIPTION AND TRANSLATION OF DEFECTIVE-INTERFERING PARTICLE-SPECIFIC RNAS OF INFLUENZA VIRUS
TRANSCRIPTION OF DI RNAS IN STANDARD AND DI-INFECTED CELLS
TRANSLATION OF STANDARD VIRAL AND DI-SPECIFIC POLYPEPTIDES
CHAPTER 14. MUTANTS OBTAINED FOLLOWING UNDILUTED PASSAGE OF AN INFLUENZA A (FOWL PLAGUE) VIRUS
FREQUENCIES OF TS MUTATIONS IN THE VARIOUS GENES
INTRINSIC INTERFERENCE BY MUTATION
ALTERATION OF GLYCOSYLATION BY MUTATION
CHAPTER 15. GENETIC STABILITY OF A/ANN ARBOR/6/60 COLD-MUTANT(TEMPERATURE-SENSITIVE) LIVE INFLUENZA VACCINE STRAINS
Part II: Gene Expression, Protein Synthesis, and Protein Modification
CHAPTER 16. SUBGENOMIC RNA OF ARENAVIRUS PICHINDE AND ITS IMPLICATION IN REGULATION OF VIRAL GENE EXPRESSION IN PRODUCTIVE INFECTION AND PERSISTENCE
GENE MAPPING OF PICHINDE VIRUS
GENOME ORGANIZATION OF PICHINDE VIRUS
HYPOTHESIS OF SUBGENOMIC RNA AMPHIFICATION
CHAPTER 17. BIOCHEMICAL CHARACTERIZATION OF HANTAAN VIRUS
CHAPTER 18. EUKARYOTIC EXPRESSION OF CLONED cDNA CODING FOR INFLUENZA VIRAL GLYCOPROTEINS USING AN SV40 VECTOR: USE OF RECOMBINANT DNA MUTANTS TO STUDY STRUCTURE-FUNCTION RELATIONSHIPS1
SV40 AS AN EXPRESSION VECTOR
CHAPTER 19. STUDIES ON THE SECOND PROTEIN ENCODED BY THE NEURAMINIDASE GENE OF INFLUENZA B VIRUS
SYNTHESIS OF NB IN INFECTED CELLS
ANTIBODIES TO NB IN SERUM FROM INFECTED MICE
STRUCTURAL FEATURES OF NB
CHAPTER 20. FUNCTIONAL EXPRESSION AND MUTATIONAL ANALYSIS OF INFLUENZA VIRUS SURFACE GLYCOPROTEINS
CHAPTER 21. THE NONSTRUCTURAL GENE SEGMENT OF INFLUENZA A VIRUS: EXPRESSION OF NS1 PROTEIN IN MAMMALIAN CELLS; ANALYSIS OF A DELETION MUTANT
EXPRESSION OF NS1 IN MAMMALIAN CELLS
ANALYSIS OF A DELETION MUTANT
CHAPTER 22. PRODUCTION OF A SUBUNIT VACCINE FOR RIFT VALLEY FEVER VIRUS
CHAPTER 23. PERSISTENT EXPRESSION OF INFLUENZA VIRUS NUCLEOPROTEIN IN RECOMBINANT DNA TRANSFECTED MOUSE CELLS
CHAPTER 24. EXPRESSION OF INFLUENZA VIRUS SUBGENOMIC VIRION RNAs IN INFECTED CELLS
ISOLATION OF TS MUTANTS THAT INDUCE THE SYNTHESIS OF NOVEL POLYPEPTIDES
TRANSLATION IN VITRO OF RNA FROM tsC-INFECTED CELLS
IDENTIFICATION OF tsC-SPECIFIC SUBGENOMIC RNAs
CHAPTER 25. TRANSPORT OF VIRAL GLYCOPROTEINS AND ITS MODULATION BY MONENSIN
APPEARANCE OF NEWLY-SYNTHESIZED HEMAGGLUTININ AT THE APICAL SURFACE OF INFLUENZA VIRUS-INFECTED CELLS
CHAPTER 26. TRANSPORT OF VIRAL MEMBRANE GLYCOPROTEINS IN DOUBLY-INFECTED CELLS
EFFECT OF MONENSIN ON ENVELOPED VIRUSES THAT FORM AT INTRACELLULAR MEMBRANES
CHAPTER 27. INTERFERING WITH GLYCOPROTEIN PROCESSING IN INFLUENZA AND SINDBIS VIRUS-INFECTED CELLS
Part III: Viral Proteins: Antigenic and Functional Analyses
CHAPTER 28. ANTIGENIC AND STRUCTURAL STUDIES ON THE GLYCOPROTEINS OF LYMPHOCYTIC CHORIOMENINGITIS VIRUS
MONOCLONAL ANTIBODIES TO LCMV GLYCOPROTEINS
EXPRESSION OF LCMV GLYCOPROTEINS DURING INFECTION
CHAPTER 29. COMPARATIVE ANALYSIS OF LASSA AND LASSA-LIKE ARENAVIRUS ISOLATES FROM AFRICA
T1 OLIGONUCLEOTIDE MAPPING
CHAPTER 30. NEUTRALIZATION OF ARENAVIRUSES: REACTION OF TACARIBE VIRUS AND VARIANTS WITH MONOCLONAL ANTIBODIES
CHAPTER 31. ANTIGENIC SITES ON THE G1 GLYCOPROTEIN OF LA CROSSE VIRUS THAT ARE INVOLVED IN NEUTRALIZATION
TOPOLOGICAL MAPPING OF ANTIGENIC SITES ON G
PHYSICAL MAPPING OF THE EPITOPES ON G
HIGHER ORDER STRUCTURE OF G
MODEL OF LOCATION OF EPITOPES ON THE G1 GLYCOPROTEIN
NEUTRALIZATION KINETICS AND ENHANCEMENT OF NEUTRALIZATION
CHAPTER 32. INFLUENZA VIRUS NEURAMINIDASE: STRUCTURE AND VARIATION
ANTIGENIC VARIATION IN THE NEURAMINIDASE
SEQUENCE CHANGES IN THE NEURAMINIDASE OF 'MONOCLONAL VARIANTS'
THREE DIMENSIONAL STRUCTURE OF N2 NEURAMINIDASE HEADS
CHAPTER 33. PLEIOTROPIC EFFECTS OF A SINGLE AMINO ACID CHANGE ON ANTIGENICITY AND BIOLOGIC FUNCTION OF SWINE INFLUENZA. VIRUS HEMAGGLUTININ MUTANTS
SELECTION AND PHENOTYPIC CHARACTERIZATION OF L AND H REVERTANT VIRUSES
CHAPTER 34. SELECTION OF RECEPTOR VARIANTS FROM HUMAN AND AVIAN INFLUENZA ISOLATES WITH THE H3 HEMAGGLUTININ
SELECTION OF RECEPTOR VARIANTS WITH GLYCOPROTEIN INHIBITORS OF INFECTION
SELECTION OF RECEPTOR VARIANTS BY ADSORPTION TO DERIVATIZED ERYTHROCYTES
CHAPTER 35. ANTIGENIC ALTERATIONS OF THE INFLUENZA VIRUS HEMAGGLUTININ DURING THE INFECTIOUS CYCLE
ROLES OF THE HEMAGGLUTININ IN THE INFECTIOUS CYCLE
IMMUNOFLUORESCENCE OF INFLUENZA VIRUS HEMAGGLUTININ IN MDCK CELLS
CHAPTER 36. ANTIGENIC DRIFT OF THE H1 SUBTYPE HAEMAGGLUTININ FROM 1977 TO 1980
EVOLUTION OF H1N1 SUBTYPE FIELD STRAINS
ANTIGENIC FEATURES OF THE H1 SUBTYPE
CHAPTER 37. THE BINDING SITES TO MONOCLONAL ANTIBODIES ON A/USSR/90/77(H1N1) HEMAGGLUTININ
ANTIGENIC VARIANTS SELECTED IN VITRO
CLONING OF THE RECOMBINANT DNA
NUCLEOTIDE SEQUENCE OF THE CLONED DNA
NUCLEOTIDE SEQUENCE OF THE HA1 GENE OF THE MONOCLONAL VARIANTS
AMINO ACID SUBSTITUTION IN VARIANT CLONES
CHAPTER 38. AMINO ACID CHANGES ASSOCIATED WITH EPITOPE 264
AMINO ACID CHANGES ASSOCIATED WITH OTHER EPITOPES
BINDING SITES TO MONOCLONAL ANTIBODIES ON A/USSR/90/77 HA
CHAPTER 39. SEQUENCE CHANGES IN THE HEMAGGLUTININ OF AN ENTEROTROPIC H3 INFLUENZA VIRUS
CHAPTER 40. STRUCTURE OF THE CLEAVAGE SITE OF HEMAGGLUTININS OF PATHOGENIC AND NONPATHOGENIC H7 INFLUENZA VIRUSES*
BIOLOGICAL ACTIVATION OF HEMAGGLUTININS
NUCLEOTIDE SEQUENCING OF THE CONNECTING PEPTIDE REGION OF H7 and H5 HEMAGGLUTININS
CHAPTER 41. AN INFLUENZA VIRUS MUTANT WHOSE LESION RESULTS IN TEMPERATURE SENSITIVE HAEMAGGLUTINATION
SENSITIVITY TO GROWTH IN HORSE SERUM
SEQUENCE ANALYSIS OF GENE 4 OF TS C US4
CHAPTER 42. THE CARBOHYDRATES OF THE HEMAGGLUTININ OF INFLUENZA VIRUS
THE STRUCTURE OF THE OLIGOSACCHARIDES OF THE FPV HEMAGGLUTININ
FACTORS DETERMINING THE GLYCOSYLATION PATTERN OF THE HEMAGGLUTININ
CHAPTER 43. HETEROGENEITY OF THE MEMBRANE (M1) PROTEIN OF INFLUENZA VIRUS
THE MEMBRANE (M) COMPONENT AND VIRUS ASSEMBLY
TWO FORMS OF M1 IN INFLUENZA VIRUS
CHAPTER 44. Antigenic Characterization of Influenza A Matrix Protein with Monoclonal Antibodies
PRODUCTION OF MONOCLONAL ANTIBODIES
ANTIGENIC VARIATION IN THREE MATRIX PROTEIN DETERMINANTS
NUMBER OF NON-OVERLAPPING ANTIGENIC DOMAINS ON MATRIXPROTEIN
CHAPTER 45. EVOLUTIONARY CONSERVATION OF INFLUENZA NUCLEOPROTEIN GENES IN HOST SPECIES
COMPARISON OF INFLUENZA GENES BETWEEN HOST SPECIES
HYBRIDIZATION ANALYSIS OF THE NP GENES OF INFLUENZA STRAINS FROM DIFFERENT HOSTS
CHAPTER 46. VIRUS-SPECIFIC POLYPEPTIDES IN CELLS INFECTED WITH INFLUENZA C, DHORI, AND THOGOTO VIRUSES
CHAPTER 47. MECHANISM OF PERSISTENT LCMV INFECTION IN MICE: ROLE OF LCMV VARIANTS IN SUPPRESSION OF LCMV SPECIFIC CYTOTOXIC T CELL RESPONSE AND MAINTENANCE OF THE CARRIER STATE
CHAPTER 48. THE AFRICAN ARENAVIRUSES LASSA AND MOPEIA: BIOLOGICAL AND IMMUNOCHEMICAL COMPARISONS
EXPERIMENTAL INFECTIONS WITH LASSA AND MOPEIA VIRUSES
IMMUNOCHEMICAL DIFFERENTIATION OF LASSA AND MOPEIA VIRUSES
SIZE HETEROGENEITY OF STRUCTURAL PROTEINS
CHAPTER 49. REPLICATION OF BUNYAVIRUSES IN A XENOPUS LAEVIS CELL LINE
GROWTH OF BUNYAVIRUSES IN XTC-2 CELLS
PROTEIN SYNTHESIS IN BUNYAVIRUS-INFECTED CELLS
CHAPTER 50. INTERACTION OF NEUTRALIZED INFLUENZA VIRUS WITH AVIAN AND MAMMALIAN CELLS
ASSOCIATION OF NEUTRALIZED FPV WITH AVIAN AND MAMMALIAN CELLS
ACCUMULATION OF VIRION RNA IN NUCLEI
CHAPTER 51. RESTRICTED MOBILITY OF INFLUENZA HEMAGGLUTININ ON HELA CELL PLASMA MEMBRANES
INFLUENZA HEMAGGLUTININ IS IMMOBILE ON HELA CELL SURFACES
ROLE OF CYTOSKELETAL COMPONENTS
MOBILITY OF HA INSERTED INTO HELA CELL SURFACES BY VESICLE FUSION
CHAPTER 52. REASSEMBLY OF MEMBRANOUS PARTICLES WITH INFLUENZA VIRUS HEMAGGLUTININ AND RESTORATION OF BIOLOGICAL AND IMMUNOLOGICAL ACTIVITIES
Influenza virus hemolysis and cell fusion
Properties of lipid-free hemagglutinins
Reassembly of virosomes of influenza virus hemagglutinins
Elicitation of memory CTL with virosomes
CHAPTER 53. INCORPORATlON OF M-PROTElN OF INFLUENZA VIRUS INTO LIPOSOMES. FURTHER CHARACTRIZATION OF LlPOSCMAL STRUCIURES
FORMATION OF LlPOSOMES CONTAINlNG M-PROIEIN
ELECTRON MICROSCOPIC ANALYSIS OF M-PROTEIN LIPOSOMES
IMMUNOLOGIC PROPERTIES OF M-PROTEIN
APPLICATION OF LIPOSOMAL CONSTRUCTIONS
CHAPTER 54. IN VITRO AND IN VIVO PROPERTIES OF AN INFLUENZA A HOST RANGE VIRUS
HOST RANGE PHENOTYPE AND GENOTYPE
VIRUSES AND VIRUS CULTURE
RELEASE OF VIRUS PARTICLES FROM INFECTED CELLS
INTRACELLULAR VIRAL PROTEIN PRODUCTION
CHAPTER 55. SELF-INACTIVATION OF INFLUENZA A VIRUS AND AUTOLYSIS OF THE VIRUS-INFECTED CELLS
SELF-INACTIVATION OF INFLUENZA A VIRUS AT LOW pH
AUTO LYSIS OF VIRUS-INFECTED CELL
A PLAUSIBLE FUNCTION OF HA IN MEMBRANE FUSION
CHAPTER 56. USE OF AVIAN-HUMAN REASSORTANT INFLUENZA A VIRUSES AS LIVE VACCINE VIRUSES IN MAN
Segmented Negative Strand Viruses
：Arenaviruses, Bunyaviruses, and Orthomyxoviruses
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